Upgrade dependencies and fix ESLint issues.

src/algorithms/graph/articulation-points/articulationPoints.js

@@ -66,7 +66,7 @@ export default function articulationPoints(graph) {
       // Get minimum low discovery time from all neighbors.
       /** @param {GraphVertex} neighbor */
       visitedSet[currentVertex.getKey()].lowDiscoveryTime = currentVertex.getNeighbors()
-        .filter(earlyNeighbor => earlyNeighbor.getKey() !== previousVertex.getKey())
+        .filter((earlyNeighbor) => earlyNeighbor.getKey() !== previousVertex.getKey())
         /**
          * @param {number} lowestDiscoveryTime
          * @param {GraphVertex} neighbor

src/algorithms/graph/bridges/graphBridges.js

@@ -53,7 +53,7 @@ export default function graphBridges(graph) {
 
       // Check if current node is connected to any early node other then previous one.
       visitedSet[currentVertex.getKey()].lowDiscoveryTime = currentVertex.getNeighbors()
-        .filter(earlyNeighbor => earlyNeighbor.getKey() !== previousVertex.getKey())
+        .filter((earlyNeighbor) => earlyNeighbor.getKey() !== previousVertex.getKey())
         .reduce(
           /**
            * @param {number} lowestDiscoveryTime

src/algorithms/graph/detect-cycle/detectUndirectedCycleUsingDisjointSet.js

@@ -8,9 +8,9 @@ import DisjointSet from '../../../data-structures/disjoint-set/DisjointSet';
 export default function detectUndirectedCycleUsingDisjointSet(graph) {
   // Create initial singleton disjoint sets for each graph vertex.
   /** @param {GraphVertex} graphVertex */
-  const keyExtractor = graphVertex => graphVertex.getKey();
+  const keyExtractor = (graphVertex) => graphVertex.getKey();
   const disjointSet = new DisjointSet(keyExtractor);
-  graph.getAllVertices().forEach(graphVertex => disjointSet.makeSet(graphVertex));
+  graph.getAllVertices().forEach((graphVertex) => disjointSet.makeSet(graphVertex));
 
   // Go trough all graph edges one by one and check if edge vertices are from the
   // different sets. In this case joint those sets together. Do this until you find

src/algorithms/graph/eulerian-path/eulerianPath.js

@@ -75,7 +75,7 @@ export default function eulerianPath(graph) {
       [edgeToDelete] = currentEdges;
     } else {
       // If there are many edges left then we need to peek any of those except bridges.
-      [edgeToDelete] = currentEdges.filter(edge => !bridges[edge.getKey()]);
+      [edgeToDelete] = currentEdges.filter((edge) => !bridges[edge.getKey()]);
     }
 
     // Detect next current vertex.

src/algorithms/graph/hamiltonian-cycle/hamiltonianCycle.js

@@ -20,7 +20,7 @@ function isSafe(adjacencyMatrix, verticesIndices, cycle, vertexCandidate) {
   }
 
   // Check if vertexCandidate is being added to the path for the first time.
-  const candidateDuplicate = cycle.find(vertex => vertex.getKey() === vertexCandidate.getKey());
+  const candidateDuplicate = cycle.find((vertex) => vertex.getKey() === vertexCandidate.getKey());
 
   return !candidateDuplicate;
 }
@@ -61,7 +61,7 @@ function hamiltonianCycleRecursive({
   cycle,
 }) {
   // Clone cycle in order to prevent it from modification by other DFS branches.
-  const currentCycle = [...cycle].map(vertex => new GraphVertex(vertex.value));
+  const currentCycle = [...cycle].map((vertex) => new GraphVertex(vertex.value));
 
   if (vertices.length === currentCycle.length) {
     // Hamiltonian path is found.

src/algorithms/graph/kruskal/kruskal.js

@@ -33,7 +33,7 @@ export default function kruskal(graph) {
   const sortedEdges = new QuickSort(sortingCallbacks).sort(graph.getAllEdges());
 
   // Create disjoint sets for all graph vertices.
-  const keyCallback = graphVertex => graphVertex.getKey();
+  const keyCallback = (graphVertex) => graphVertex.getKey();
   const disjointSet = new DisjointSet(keyCallback);
 
   graph.getAllVertices().forEach((graphVertex) => {